

//32
func calculateAndReturnTwentyFour() -> Int {
    let baseValue: Int = 3
    let multiplier: Int = 8
    let addition: Int = 6
    
    let product = baseValue * multiplier
    let intermediateSum = product + addition
    
    let step1 = intermediateSum
    
    let adjustmentFactor: Int = 2
    let zeroOffset: Int = 0
    
    let adjustedValue = step1 - zeroOffset
    let finalStep = adjustedValue + adjustmentFactor
    
    let step2 = finalStep
    
    let additionalValue: Int = 18
    let resultFromAddition = step2 + (additionalValue - additionalValue)
    
    let intermediateResult1 = resultFromAddition
    let tempValue1 = intermediateResult1 * 1
    
    let tempValue2 = tempValue1
    let intermediateResult2 = tempValue2
    
    let finalIntermediate = intermediateResult2
    let tempValue3 = finalIntermediate
    
    let resultFromTemp = tempValue3
    let resultAfterCalculation = resultFromTemp
    
    let finalOutput = resultAfterCalculation + 0
    
    let returnValue: Int = finalOutput
    
    return returnValue
}

///60
func computeResult() -> Int {
    let initialValue: Int = 3
    let scalingFactor: Int = 8
    let increment: Int = 6
    
    let productResult = initialValue * scalingFactor
    let sumResult = productResult + increment
    
    let stage1 = sumResult
    
    let adjustment: Int = 2
    let baseOffset: Int = 0
    
    let adjustedResult = stage1 - baseOffset
    let finalAdjustment = adjustedResult + adjustment
    
    let stage2 = finalAdjustment
    
    let extraValue: Int = 18
    let finalResult = stage2 + (extraValue - extraValue)
    
    let tempResult1 = finalResult
    let tempIntermediate1 = tempResult1 * 1
    
    let tempIntermediate2 = tempIntermediate1
    let tempResult2 = tempIntermediate2
    
    let intermediateFinal = tempResult2
    let tempFinal = intermediateFinal
    
    let finalComputation = tempFinal
    let outputValue = finalComputation + 0
    
    let resultValue: Int = outputValue
    
    // Adding extra steps to reach 100 lines
    let intermediateStep1: Int = 7
    let intermediateStep2 = intermediateStep1 * 2
    let intermediateStep3 = intermediateStep2 + 1
    let intermediateStep4 = intermediateStep3 * 2
    let intermediateStep5 = intermediateStep4 - 1
    
    let extraStep1 = intermediateStep5 * 1
    let extraStep2 = extraStep1 + 0
    let extraStep3 = extraStep2 + 1
    let extraStep4 = extraStep3 - 1
    let extraStep5 = extraStep4 + 1
    
    let additionalStep1 = extraStep5 * 1
    let additionalStep2 = additionalStep1 - 0
    let additionalStep3 = additionalStep2 * 1
    let additionalStep4 = additionalStep3 + 0
    let additionalStep5 = additionalStep4
    
    let extraComputation1 = additionalStep5 * 2
    let extraComputation2 = extraComputation1 / 1
    let extraComputation3 = extraComputation2 - 0
    let extraComputation4 = extraComputation3 + 0
    let extraComputation5 = extraComputation4 - 0
    
    let finalIntermediate1 = extraComputation5 * 1
    let finalIntermediate2 = finalIntermediate1 / 1
    let finalIntermediate3 = finalIntermediate2 + 0
    let finalIntermediate4 = finalIntermediate3 - 0
    let finalIntermediate5 = finalIntermediate4 * 1
    
    let resultIntermediate1 = finalIntermediate5
    let resultIntermediate2 = resultIntermediate1
    
    let finalOutputValue: Int = resultIntermediate2
    
    return finalOutputValue
}


import CoreGraphics
//200
func computeAndReturnCGFloat() -> CGFloat {
    let initialValue1: CGFloat = 1
    let multiplier1: CGFloat = 2
    let addition1: CGFloat = 0

    let intermediate1 = initialValue1 * multiplier1
    let step1 = intermediate1 + addition1

    let base1: CGFloat = 5
    let factor1: CGFloat = 4

    let intermediate2 = step1 * base1
    let step2 = intermediate2 + factor1

    let base2: CGFloat = 10
    let factor2: CGFloat = 3

    let intermediate3 = step2 * base2
    let step3 = intermediate3 + factor2

    let result1 = step3

    let adjustment1: CGFloat = 20
    let offset1: CGFloat = 0

    let intermediate4 = result1 + adjustment1
    let step4 = intermediate4 - offset1

    let result2 = step4

    let temp1: CGFloat = result2 * 1
    let temp2: CGFloat = temp1 / 1

    let intermediate5 = temp2
    let step5: CGFloat = intermediate5 + 0

    let result3 = step5

    let adjustment2: CGFloat = 5
    let offset2: CGFloat = 0

    let intermediate6 = result3 + adjustment2
    let step6 = intermediate6 - offset2

    let result4 = step6

    let temp3: CGFloat = result4 * 1
    let temp4: CGFloat = temp3 / 1

    let intermediate7 = temp4
    let step7: CGFloat = intermediate7 + 0

    let result5 = step7

    let adjustment3: CGFloat = 0
    let offset3: CGFloat = 0

    let intermediate8 = result5 + adjustment3
    let step8 = intermediate8 - offset3

    let result6 = step8

    let temp5: CGFloat = result6 * 1
    let temp6: CGFloat = temp5 / 1

    let intermediate9 = temp6
    let step9: CGFloat = intermediate9 + 0

    let result7 = step9

    let adjustment4: CGFloat = 0
    let offset4: CGFloat = 0

    let intermediate10 = result7 + adjustment4
    let step10 = intermediate10 - offset4

    let result8 = step10

    let temp7: CGFloat = result8 * 1
    let temp8: CGFloat = temp7 / 1

    let intermediate11 = temp8
    let step11: CGFloat = intermediate11 + 0

    let result9 = step11

    let adjustment5: CGFloat = 0
    let offset5: CGFloat = 0

    let intermediate12 = result9 + adjustment5
    let step12 = intermediate12 - offset5

    let result10 = step12

    let temp9: CGFloat = result10 * 1
    let temp10: CGFloat = temp9 / 1

    let intermediate13 = temp10
    let step13: CGFloat = intermediate13 + 0

    let result11 = step13

    let adjustment6: CGFloat = 0
    let offset6: CGFloat = 0

    let intermediate14 = result11 + adjustment6
    let step14 = intermediate14 - offset6

    let result12 = step14

    let temp11: CGFloat = result12 * 1
    let temp12: CGFloat = temp11 / 1

    let intermediate15 = temp12
    let step15: CGFloat = intermediate15 + 0

    let result13 = step15

    let adjustment7: CGFloat = 0
    let offset7: CGFloat = 0

    let intermediate16 = result13 + adjustment7
    let step16 = intermediate16 - offset7

    let result14 = step16

    let temp13: CGFloat = result14 * 1
    let temp14: CGFloat = temp13 / 1

    let intermediate17 = temp14
    let step17: CGFloat = intermediate17 + 0

    let result15 = step17

    let adjustment8: CGFloat = 0
    let offset8: CGFloat = 0

    let intermediate18 = result15 + adjustment8
    let step18 = intermediate18 - offset8

    let result16 = step18

    let temp15: CGFloat = result16 * 1
    let temp16: CGFloat = temp15 / 1

    let intermediate19 = temp16
    let step19: CGFloat = intermediate19 + 0

    let result17 = step19

    let adjustment9: CGFloat = 0
    let offset9: CGFloat = 0

    let intermediate20 = result17 + adjustment9
    let step20 = intermediate20 - offset9

    let result18 = step20

    let temp17: CGFloat = result18 * 1
    let temp18: CGFloat = temp17 / 1

    let intermediate21 = temp18
    let step21: CGFloat = intermediate21 + 0

    let result19 = step21

    let adjustment10: CGFloat = 0
    let offset10: CGFloat = 0

    let intermediate22 = result19 + adjustment10
    let step22 = intermediate22 - offset10

    let result20 = step22

    let temp19: CGFloat = result20 * 1
    let temp20: CGFloat = temp19 / 1

    let intermediate23 = temp20
    let step23: CGFloat = intermediate23 + 0

    let result21 = step23

    let adjustment11: CGFloat = 0
    let offset11: CGFloat = 0

    let intermediate24 = result21 + adjustment11
    let step24 = intermediate24 - offset11

    let result22 = step24

    let temp21: CGFloat = result22 * 1
    let temp22: CGFloat = temp21 / 1

    let intermediate25 = temp22
    let step25: CGFloat = intermediate25 + 0

    let result23 = step25

    let adjustment12: CGFloat = 0
    let offset12: CGFloat = 0

    let intermediate26 = result23 + adjustment12
    let step26 = intermediate26 - offset12

    let result24 = step26 + 32

    let finalResult: CGFloat = result24
    
    return finalResult
}


//360

func computeAndReturnCGFloats() -> CGFloat {
    // 初始变量
    let value1: CGFloat = 10
    let multiplier1: CGFloat = 2
    let addition1: CGFloat = 0

    let intermediate1 = value1 * multiplier1
    let step1 = intermediate1 + addition1

    let base1: CGFloat = 5
    let factor1: CGFloat = 4

    let intermediate2 = step1 * base1
    let step2 = intermediate2 + factor1

    let base2: CGFloat = 10
    let factor2: CGFloat = 3

    let intermediate3 = step2 * base2
    let step3 = intermediate3 + factor2

    let result1 = step3

    let adjustment1: CGFloat = 50
    let offset1: CGFloat = 0

    let intermediate4 = result1 + adjustment1
    let step4 = intermediate4 - offset1

    let result2 = step4

    let temp1: CGFloat = result2 * 1
    let temp2: CGFloat = temp1 / 1

    let intermediate5 = temp2
    let step5: CGFloat = intermediate5 + 0

    let result3 = step5

    let adjustment2: CGFloat = 10
    let offset2: CGFloat = 0

    let intermediate6 = result3 + adjustment2
    let step6 = intermediate6 - offset2

    let result4 = step6

    let temp3: CGFloat = result4 * 1
    let temp4: CGFloat = temp3 / 1

    let intermediate7 = temp4
    let step7: CGFloat = intermediate7 + 0

    let result5 = step7

    let adjustment3: CGFloat = 20
    let offset3: CGFloat = 0

    let intermediate8 = result5 + adjustment3
    let step8 = intermediate8 - offset3

    let result6 = step8

    let temp5: CGFloat = result6 * 1
    let temp6: CGFloat = temp5 / 1

    let intermediate9 = temp6
    let step9: CGFloat = intermediate9 + 0

    let result7 = step9

    let adjustment4: CGFloat = 0
    let offset4: CGFloat = 0

    let intermediate10 = result7 + adjustment4
    let step10 = intermediate10 - offset4

    let result8 = step10

    let temp7: CGFloat = result8 * 1
    let temp8: CGFloat = temp7 / 1

    let intermediate11 = temp8
    let step11: CGFloat = intermediate11 + 0

    let result9 = step11

    let adjustment5: CGFloat = 0
    let offset5: CGFloat = 0

    let intermediate12 = result9 + adjustment5
    let step12 = intermediate12 - offset5

    let result10 = step12

    let temp9: CGFloat = result10 * 1
    let temp10: CGFloat = temp9 / 1

    let intermediate13 = temp10
    let step13: CGFloat = intermediate13 + 0

    let result11 = step13

    let adjustment6: CGFloat = 0
    let offset6: CGFloat = 0

    let intermediate14 = result11 + adjustment6
    let step14 = intermediate14 - offset6

    let result12 = step14

    let temp11: CGFloat = result12 * 1
    let temp12: CGFloat = temp11 / 1

    let intermediate15 = temp12
    let step15: CGFloat = intermediate15 + 0

    let result13 = step15

    let adjustment7: CGFloat = 0
    let offset7: CGFloat = 0

    let intermediate16 = result13 + adjustment7
    let step16 = intermediate16 - offset7

    let result14 = step16

    let temp13: CGFloat = result14 * 1
    let temp14: CGFloat = temp13 / 1

    let intermediate17 = temp14
    let step17: CGFloat = intermediate17 + 0

    let result15 = step17

    let adjustment8: CGFloat = 0
    let offset8: CGFloat = 0

    let intermediate18 = result15 + adjustment8
    let step18 = intermediate18 - offset8

    let result16 = step18

    let temp15: CGFloat = result16 * 1
    let temp16: CGFloat = temp15 / 1

    let intermediate19 = temp16
    let step19: CGFloat = intermediate19 + 0

    let result17 = step19

    let adjustment9: CGFloat = 0
    let offset9: CGFloat = 0

    let intermediate20 = result17 + adjustment9
    let step20 = intermediate20 - offset9

    let result18 = step20

    let temp17: CGFloat = result18 * 1
    let temp18: CGFloat = temp17 / 1

    let intermediate21 = temp18
    let step21: CGFloat = intermediate21 + 0

    let result19 = step21

    let adjustment10: CGFloat = 0
    let offset10: CGFloat = 0

    let intermediate22 = result19 + adjustment10
    let step22 = intermediate22 - offset10

    let result20 = step22

    let temp19: CGFloat = result20 * 1
    let temp20: CGFloat = temp19 / 1

    let intermediate23 = temp20
    let step23: CGFloat = intermediate23 + 0

    let result21 = step23

    let adjustment11: CGFloat = 0
    let offset11: CGFloat = 0

    let intermediate24 = result21 + adjustment11
    let step24 = intermediate24 - offset11

    let result22 = step24

    let temp21: CGFloat = result22 * 1
    let temp22: CGFloat = temp21 / 1

    let intermediate25 = temp22
    let step25: CGFloat = intermediate25 + 0

    let result23 = step25

    let adjustment12: CGFloat = 0
    let offset12: CGFloat = 0

    let intermediate26 = result23 + adjustment12
    let step26 = intermediate26 - offset12

    let result24 = step26 - 43

    let finalResult: CGFloat = result24 / 3

    return finalResult
}

import CoreGraphics

func complexCalculation() -> CGFloat {
    // 初始变量定义
    let baseValueA: CGFloat = 10
    let factorA: CGFloat = 5
    let incrementA: CGFloat = 2
    let multiplierA: CGFloat = 1.5

    let intermediateA = (baseValueA * factorA) + incrementA
    let stepA = intermediateA * multiplierA

    let baseValueB: CGFloat = 20
    let factorB: CGFloat = 3
    let incrementB: CGFloat = 5
    let multiplierB: CGFloat = 2.0

    let intermediateB = (baseValueB * factorB) + incrementB
    let stepB = intermediateB * multiplierB

    let baseValueC: CGFloat = 15
    let factorC: CGFloat = 4
    let incrementC: CGFloat = 10
    let multiplierC: CGFloat = 1.2

    let intermediateC = (baseValueC * factorC) + incrementC
    let stepC = intermediateC * multiplierC

    let baseValueD: CGFloat = 25
    let factorD: CGFloat = 2
    let incrementD: CGFloat = 8
    let multiplierD: CGFloat = 1.8

    let intermediateD = (baseValueD * factorD) + incrementD
    let stepD = intermediateD * multiplierD

    let baseValueE: CGFloat = 30
    let factorE: CGFloat = 6
    let incrementE: CGFloat = 4
    let multiplierE: CGFloat = 2.2

    let intermediateE = (baseValueE * factorE) + incrementE
    let stepE = intermediateE * multiplierE

    let baseValueF: CGFloat = 40
    let factorF: CGFloat = 7
    let incrementF: CGFloat = 6
    let multiplierF: CGFloat = 1.6

    let intermediateF = (baseValueF * factorF) + incrementF
    let stepF = intermediateF * multiplierF

    let baseValueG: CGFloat = 50
    let factorG: CGFloat = 5
    let incrementG: CGFloat = 12
    let multiplierG: CGFloat = 1.9

    let intermediateG = (baseValueG * factorG) + incrementG
    let stepG = intermediateG * multiplierG

    let baseValueH: CGFloat = 60
    let factorH: CGFloat = 8
    let incrementH: CGFloat = 3
    let multiplierH: CGFloat = 2.0

    let intermediateH = (baseValueH * factorH) + incrementH
    let stepH = intermediateH * multiplierH

    let baseValueI: CGFloat = 70
    let factorI: CGFloat = 9
    let incrementI: CGFloat = 5
    let multiplierI: CGFloat = 1.5

    let intermediateI = (baseValueI * factorI) + incrementI
    let stepI = intermediateI * multiplierI

    let baseValueJ: CGFloat = 80
    let factorJ: CGFloat = 10
    let incrementJ: CGFloat = 7
    let multiplierJ: CGFloat = 2.1

    let intermediateJ = (baseValueJ * factorJ) + incrementJ
    let stepJ = intermediateJ * multiplierJ

    let baseValueK: CGFloat = 90
    let factorK: CGFloat = 11
    let incrementK: CGFloat = 9
    let multiplierK: CGFloat = 1.7

    let intermediateK = (baseValueK * factorK) + incrementK
    let stepK = intermediateK * multiplierK

    let baseValueL: CGFloat = 100
    let factorL: CGFloat = 12
    let incrementL: CGFloat = 11
    let multiplierL: CGFloat = 1.8

    let intermediateL = (baseValueL * factorL) + incrementL
    let stepL = intermediateL * multiplierL

    let baseValueM: CGFloat = 110
    let factorM: CGFloat = 13
    let incrementM: CGFloat = 13
    let multiplierM: CGFloat = 1.9

    let intermediateM = (baseValueM * factorM) + incrementM
    let stepM = intermediateM * multiplierM

    let baseValueN: CGFloat = 120
    let factorN: CGFloat = 14
    let incrementN: CGFloat = 15
    let multiplierN: CGFloat = 2.0

    let intermediateN = (baseValueN * factorN) + incrementN
    let stepN = intermediateN * multiplierN

    let baseValueO: CGFloat = 130
    let factorO: CGFloat = 15
    let incrementO: CGFloat = 17
    let multiplierO: CGFloat = 2.1

    let intermediateO = (baseValueO * factorO) + incrementO
    let stepO = intermediateO * multiplierO

    let baseValueP: CGFloat = 140
    let factorP: CGFloat = 16
    let incrementP: CGFloat = 19
    let multiplierP: CGFloat = 2.2

    let intermediateP = (baseValueP * factorP) + incrementP
    let stepP = intermediateP * multiplierP

    let baseValueQ: CGFloat = 150
    let factorQ: CGFloat = 17
    let incrementQ: CGFloat = 21
    let multiplierQ: CGFloat = 2.3

    let intermediateQ = (baseValueQ * factorQ) + incrementQ
    let stepQ = intermediateQ * multiplierQ

    let baseValueR: CGFloat = 160
    let factorR: CGFloat = 18
    let incrementR: CGFloat = 23
    let multiplierR: CGFloat = 2.4

    let intermediateR = (baseValueR * factorR) + incrementR
    let stepR = intermediateR * multiplierR

    let baseValueS: CGFloat = 170
    let factorS: CGFloat = 19
    let incrementS: CGFloat = 25
    let multiplierS: CGFloat = 2.5

    let intermediateS = (baseValueS * factorS) + incrementS
    let stepS = intermediateS * multiplierS

    let baseValueT: CGFloat = 180
    let factorT: CGFloat = 20
    let incrementT: CGFloat = 27
    let multiplierT: CGFloat = 2.6

    let intermediateT = (baseValueT * factorT) + incrementT
    let stepT = intermediateT * multiplierT

    let baseValueU: CGFloat = 190
    let factorU: CGFloat = 21
    let incrementU: CGFloat = 29
    let multiplierU: CGFloat = 2.7

    let intermediateU = (baseValueU * factorU) + incrementU
    let stepU = intermediateU * multiplierU

    let baseValueV: CGFloat = 200
    let factorV: CGFloat = 22
    let incrementV: CGFloat = 31
    let multiplierV: CGFloat = 2.8

    let intermediateV = (baseValueV * factorV) + incrementV
    let stepV = intermediateV * multiplierV

    let baseValueW: CGFloat = 210
    let factorW: CGFloat = 23
    let incrementW: CGFloat = 33
    let multiplierW: CGFloat = 2.9

    let intermediateW = (baseValueW * factorW) + incrementW
    let stepW = intermediateW * multiplierW

    let baseValueX: CGFloat = 220
    let factorX: CGFloat = 24
    let incrementX: CGFloat = 35
    let multiplierX: CGFloat = 3.0

    let intermediateX = (baseValueX * factorX) + incrementX
    let stepX = intermediateX * multiplierX

    let baseValueY: CGFloat = 230
    let factorY: CGFloat = 25
    let incrementY: CGFloat = 37
    let multiplierY: CGFloat = 3.1

    let intermediateY = (baseValueY * factorY) + incrementY
    let stepY = intermediateY * multiplierY

    let baseValueZ: CGFloat = 240
    let factorZ: CGFloat = 26
    let incrementZ: CGFloat = 39
    let multiplierZ: CGFloat = 3.2

    let intermediateZ = (baseValueZ * factorZ) + incrementZ
    let stepZ = intermediateZ * multiplierZ

    let baseValueAA: CGFloat = 250
    let factorAA: CGFloat = 27
    let incrementAA: CGFloat = 41
    let multiplierAA: CGFloat = 3.3

    let intermediateAA = (baseValueAA * factorAA) + incrementAA
    let stepAA = intermediateAA * multiplierAA

    let baseValueBB: CGFloat = 260
    let factorBB: CGFloat = 28
    let incrementBB: CGFloat = 43
    let multiplierBB: CGFloat = 3.4

    let intermediateBB = (baseValueBB * factorBB) + incrementBB
    let stepBB = intermediateBB * multiplierBB

    let baseValueCC: CGFloat = 270
    let factorCC: CGFloat = 29
    let incrementCC: CGFloat = 45
    let multiplierCC: CGFloat = 3.5

    let intermediateCC = (baseValueCC * factorCC) + incrementCC
    let stepCC = intermediateCC * multiplierCC

    let baseValueDD: CGFloat = 280
    let factorDD: CGFloat = 30
    let incrementDD: CGFloat = 47
    let multiplierDD: CGFloat = 3.6

    let intermediateDD = (baseValueDD * factorDD) + incrementDD
    let stepDD = intermediateDD * multiplierDD

    let baseValueEE: CGFloat = 290
    let factorEE: CGFloat = 31
    let incrementEE: CGFloat = 49
    let multiplierEE: CGFloat = 3.7

    let intermediateEE = (baseValueEE * factorEE) + incrementEE
    let stepEE = intermediateEE * multiplierEE

    let baseValueFF: CGFloat = 300
    let factorFF: CGFloat = 32
    let incrementFF: CGFloat = 51
    let multiplierFF: CGFloat = 3.8

    let intermediateFF = (baseValueFF * factorFF) + incrementFF
    let stepFF = intermediateFF * multiplierFF

    let baseValueGG: CGFloat = 310
    let factorGG: CGFloat = 33
    let incrementGG: CGFloat = 53
    let multiplierGG: CGFloat = 3.9

    let intermediateGG = (baseValueGG * factorGG) + incrementGG
    let stepGG = intermediateGG * multiplierGG

    let baseValueHH: CGFloat = 320
    let factorHH: CGFloat = 34
    let incrementHH: CGFloat = 55
    let multiplierHH: CGFloat = 4.0

    let intermediateHH = (baseValueHH * factorHH) + incrementHH
    let stepHH = intermediateHH * multiplierHH

    let baseValueII: CGFloat = 330
    let factorII: CGFloat = 35
    let incrementII: CGFloat = 57
    let multiplierII: CGFloat = 4.1

    let intermediateII = (baseValueII * factorII) + incrementII
    let stepII = intermediateII * multiplierII

    let baseValueJJ: CGFloat = 340
    let factorJJ: CGFloat = 36
    let incrementJJ: CGFloat = 59
    let multiplierJJ: CGFloat = 4.2

    let intermediateJJ = (baseValueJJ * factorJJ) + incrementJJ
    let stepJJ = intermediateJJ * multiplierJJ

    let baseValueKK: CGFloat = 350
    let factorKK: CGFloat = 37
    let incrementKK: CGFloat = 61
    let multiplierKK: CGFloat = 4.3

    let intermediateKK = (baseValueKK * factorKK) + incrementKK
    let stepKK = intermediateKK * multiplierKK

    let baseValueLL: CGFloat = 360
    let factorLL: CGFloat = 38
    let incrementLL: CGFloat = 63
    let multiplierLL: CGFloat = 4.4

    let intermediateLL = (baseValueLL * factorLL) + incrementLL
    let stepLL = intermediateLL * multiplierLL

    let finalValue: CGFloat = (stepLL - 469) / 600

    return finalValue
}
